ELEGOO 400-Point Boards and 37-in-1 Sensor Kit Project Bundle for STEM
Product Information
About
【Built as a Practical Bundle】Combines 6pcs 400-Point Breadboards with 37-in-1 Sensor Kit so users get a more complete starting point for solderless circuit layouts, quick tests and reusable prototypes
【Create More Project Ideas】Use the bundle for solderless prototypes, compact breadboard layouts and repeated classroom builds, then add distance alarms, line tracking, motion triggers, light sensing and environment monitors as skills and project needs grow
【Better Together Value】The two items complement each other for coding, wiring, testing, rebuilding and moving from basic demos to richer DIY builds
【Useful for STEM Workflows】Designed for classrooms, robotics clubs, home labs, engineering practice, maker spaces and weekend electronics sessions
【Reusable and Expandable】Keep the parts for future lessons and custom projects; check voltage, libraries, drivers and wiring before use
Product Description
This ELEGOO bundle pairs the 6pcs 400-Point Breadboard Kit with the 37-in-1 Sensor Module Kit to create a more useful setup for solderless circuit layouts, quick tests and reusable prototypes. The 6pcs 400-Point Breadboards supports solderless circuit layouts, compact prototypes and repeatable classroom builds, while the 37-in-1 Sensor Kit adds light, sound, motion, distance, joystick and environmental sensing. Together, they help users lay out circuits quickly, change connections often and reuse the parts across many lessons. Use the combination for solderless prototypes, compact breadboard layouts and repeated classroom builds, then expand into distance alarms, line tracking, motion triggers, light sensing and environment monitors as project ideas grow. It is a practical choice for students, makers, educators, robotics clubs and electronics hobbyists who want reusable parts, clearer experiments and more room to build beyond a single item. Always confirm wiring, voltage, libraries and board compatibility before powering custom circuits.
